CODICO IRD-2600 / IRD-2800

Transcription

1 CODICO IRD-2600 / IRD-2800 INTEGRATED RECEIVER DECODERS User Manual P/N (Rev. B / December 2001)

2 Scopus Network Technologies Inc. U.S. Offices Scopus Network Technologies Ltd. International Headquarters World Trade Drive Suite G San Diego, CA Ha amal St., Park Afek Rosh Ha ayin, Israel Tel: (858) Fax: (858) Tel: (972) Fax: (972) info@scopus.net Web: Scopus Network Technologies Ltd. All rights reserved. Scopus Network Technologies Ltd. Reserves the rights to alter the equipment specifications and descriptions in this publication without prior notice. No part of this publication shall be deemed to be part of any contract or warranty unless specifically incorporated by reference into such contract or warranty. The information contained herein is merely descriptive in nature, and does not constitute a binding offer for sale of the product described herein. CODICO is a Registered trademark of Scopus Network Technologies Ltd. In Israel, Germany, France, U.K. U.S.A. and Japan. All references to registered trademarks of other vendors are the property of their respective owners. File IRD User Rev B Draft.doc Saved 17/03/02 16:26

3 IRD-2600 / IRD-2800 Integrated Receiver Decoders INTRODUCTION Scopus Network Technologies Ltd. takes great pride in delivery of its products, and makes every endeavor to ensure its clients full satisfactory. On behalf of all the Scopus team, we would like to extend our congratulations on your investment in the CODICO IRD-2600 and IRD-2800 Family of Integrated Receiver Decoders. IRD-2600 AND IRD-2800 INTEGRATED RECEIVER DECODER MANUAL SCOPE AND STRUCTURE The User Manual for the CODICO IRD-2600 and IRD-2800 Integrated Receiver Decoders is comprised of three main sections: OVERVIEW: This section provides introduction and product description, including highlights, benefits and typical applications, gives a functional and physical description of the unit and lists its main capabilities and specifications. INSTALLATION: This section provides data and procedures required to install and activate the unit. Procedures include site preparation and requirements, installation in a 19" rack, cable connections, panel options and Pin-out descriptions, initial settings and serviceability check. OPERATION: This section provides theoretical background on the operation of the unit, and gives data and instructions on using the unit and operating the control and monitoring functions provided to the user. MAINTENACE The manual includes the following appendices: Appendix A Operational Menu Trees. Appendix B LNB Theory Of Operation. It is assumed throughout this document that personnel have a general knowledge about the IRD-2600 and IRD-2800 Integrated Receiver Decoders, application and capabilities. General knowledge of the CODICO System and its application is also assumed. For detailed information, refer to the CODICO MPEG-2 DVB Family Product Description documents. P/N Page i

4 User Manual Front Matter TECHNICAL SUPPORT In case of technical problems with the CODICO system or one of its components please refer to the System Documentation. In most instances, this may save you time in resolving technical difficulties. Should you not be able to resolve the problem please call your local distributor for technical support. HOW TO RETURN FAULTY PARTS Before returning an item: 1. Request a RMA (Return Merchandise Authorisation) Tracking Number from your local Distributor. 2. Scopus Network Technologies Support will assign a RMA Tracking Number; this must accompany the item being returned and will be referred to in all correspondence. 3. The item is sent to Scopus Network Technologies with the RMA Number included in the accompanying documentation (shipping and customs forms). Customer Support Point Of Contact (POC) Scopus Network Technologies Inc. U.S. OFFICES Scopus Network Technologies Ltd. INTERNATIONAL HEADQUARTERS World Trade Drive 10 Ha amal St., Park Afek Suite G Rosh Ha ayin, San Diego, CA Israel Tel: (858) Tel: (972) Fax: (858) Fax: (972) info@scopususa.com Web: info@scopus.co.il Web: Page ii P/N

5 IRD-2600 / IRD-2800 Integrated Receiver Decoders WARRANTY SCOPUS Network Technologies Ltd. warrants that the Product and any part thereof, including, but not limited to spare parts, will, when properly installed, conform to SCOPUS Network Technologies Ltd. published specifications and that the Product and any parts thereof, including, but not limited to, spare parts, will be free from defects deriving from wrong workmanship and faulty materials under normal use and service, for a period of twelve (12) months following the date of manufacture thereof. The supply of spare parts at reasonable cost shall be available for a period of three (3) years from the date of delivery. This warranty does not cover ordinary wear and tear of the Product or other defects due to circumstances beyond SCOPUS Network Technologies Ltd. control such as unsuitable operating means, chemical, Electro-mechanical or electrical influences and damages which may be caused by interference by the CUSTOMER or any unauthorized third party. Defective cards/assemblies will be sent to SCOPUS Network Technologies Ltd. for repair. The repaired cards/assemblies will be returned to the CUSTOMER within 30 days from their receipt by SCOPUS Network Technologies Ltd. Cards/assemblies repaired during the 12 months warranty period will carry a warranty of 6 months from date of repair or until end of original warranty period, whichever is the later date. SCOPUS Network Technologies Ltd. sole liability under this warranty shall be limited to the repair or replacement with equivalent units at SCOPUS Network Technologies Ltd. facilities, of any Product or parts thereof that do not conform to SCOPUS Network Technologies Ltd. published specifications or that are defective in material or workmanship, as specified above. The expense of installing repaired or replaced parts shall be borne by the CUSTOMER. SCOPUS Network Technologies Ltd. sole obligation under this Warranty is be the supplier of the Product to the CUSTOMER and to provide such services as set out in this Warranty on the SCOPUS Network Technologies Ltd. terms and conditions provided for herein. In no event will SCOPUS Network Technologies Ltd. be liable to the CUSTOMER for any business expenses, loss of profits, incidental, indirect or consequential damages, however caused, unless such expenses, loss or damages shall have derived from an infringement of patents of copyrights. THE WARRANTIES STATED HEREIN ARE EXCLUSIVE AND ARE EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. Beyond the warranty period, SCOPUS Network Technologies Ltd. shall repair or replace defective cards/assemblies according to its standard price list relevant at such time. Cards/assemblies thus repaired shall carry a warranty of 6 months. CE Certification Both IRD-2600 and IRD-2800 meet all the CE Class B requirements with the exception of Emission Requirements. In order to meet CE requirements, the following cables must be connected on all ASI outputs (ASI out 1, ASI out 2, ASI out 3). When cables are connected to these outputs then the device is compliant with FAIR-RITE P/N Page iii

6 User Manual Front Matter FCC Compliance Notice Trade Name Product Name Product Model Number Product Model Number Scopus Integrated Receiver Decoder CODICO IRD-2600 CODICO IRD-2800 These devices comply with Part 15 of the FCC Rules. Operation is subject to the following two conditions: 1. This device may not cause harmful interference. 2. This device must accept any interference received, including interference that may cause undesired operation. Responsible Party: Responsible Party's Name Jay Gedanken Address Bernardo Ctr. Dr., San Diego, CA Responsible Party's Telephone The FCC Wants You to Know This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to Provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, If not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off end on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/tv technician. FCC Warning Modifications not expressly approved by the manufacturer could void the user authority to operate the equipment under FCC Rules. Page iv P/N

7 IRD-2600 / IRD-2800 Integrated Receiver Decoders TABLE OF CONTENTS LIST OF FIGURES... viii LIST OF TABLES... x 1. Overview General Information Highlights and Benefits Inputs Outputs Conditional Access Control And Monitoring Applications Broadcast Redistribution Stand Alone Decoder Internal Corporate Distribution Data Transfer Descrambling Product Line Functional Description IRD-2600 and IRD-2800 Block Diagram Basic Configuration Receiver Front End Options Configuration Options Mechanical Structure Enclosure Front Panel Rear Panel Rear Panel Option Cards Management Front Panel Control Infrared Remote Control PC Terminal Control NMS-4000 Control Characteristics and Specifications Receiver Input Specifications Output Specifications Control Ports Specifications Physical Features and Specifications Installation Introduction Safety Precautions Inventory Check Site Preparation Installation Installation in 19" Rack Insertion of the DVB-CI Module (PCMCIA) Cable Connections IRD-2600 and IRD-2800 Connection Setup and Options Front End Panels Decoder Cable Connections Terminal Control and Data Connections Power Connection Ground Connection P/N Page v

8 User Manual Front Matter AC Power Connector DC Power Connector System Expansion Cascade Loopthrough Output ASI Loopthrough Cascade RS-485 Master-Slave Connection Initialization And Configuration Powering Up Initialization Sequence Serviceability Check Operation Introduction IRD Operation and Management Front Control Panel Infrared Remote Control (Optional) Four Way Touch Pad Front Panel Common Main Menu Options Configuration Menu Configuration / Receiver Menu Configuration / Decoder Menu Decoder / Stream Configuration Sub-Menu Decoder/CI Configuration Sub-Menu Decoder / Video Configuration Sub-Menu Decoder / Audio Configuration Sub-Menu Configuration/System Menu Status Menu Status / Receiver Menu Status / Decoder Menu Decoder / Stream Status Sub-Menu Decoder / CI Status Sub-Menu Decoder / Video Status Sub-Menu Decoder / Audio Status Sub-Menu Status / System Menu Test Menu Run Menu Run / Service Menu Run / PID Menu Mode Run Menu Advance Run Menu Graphics Configuration (GFX-CNFG) Sub-Menu Graphics Display (GFX-DSPL) Sub-Menu Other Advance Run Sub-Menu Maintenance General Safety Instructions Safety Precautions Caution and Warning Statements Test Procedures Power-Up Check Maintenance Check Serviceability Check Audio/Video Stream Test Common Status Messages General Status Messages Hardware Failure Messages Page vi P/N

9 IRD-2600 / IRD-2800 Integrated Receiver Decoders BIT Stream Warning Messages Service Warning Messages Appendix A. Operational Menu Trees... 1 Appendix B. LNB Theory Of Operation B.1 Why is an LNB needed? B.2 Calculation IRD + LNB B.3 Use of a Splitter or Distribution (band) Amplifier B.4 Calculating the L-Band B.5 Calculating Symbol Rate P/N Page vii

10 User Manual Front Matter LIST OF FIGURES Figure 1-1: IRD-2600 and IRD General View Figure 1-2: CODICO Integrated Product Line Figure 1-3: Signal Path in the IRD-2600 and IRD Figure 1-4: Front View of the IRD-2600/IRD Figure 1-5: IRD-2600\IRD-2800 Rear Panel Section Figure 2-1: DVB-CI Module and Smart Card Insertion Figure 2-2: IRD-2600 and IRD-2800 Rear Panel Configurations Figure 2-3: IRD Jack Screw Ground Connection Figure 2-4: IRD Cascade with RF Receiver Loopthrough Figure 2-5: IRD Cascade with G.703 Receiver Loopthrough Figure 2-6: IRD Cascade with ASI Loopthrough Figure 2-7: Master-Slave RS-485 Control Cable Configuration Figure 3-1: IRD-2600 / IRD-2800 Front Control Panel Figure 3-2: IRD Infrared Remote Control Figure 3-3: IRD Front Panel Main Menu Structure Figure 3-4: IRD Configuration Menu Tree Structure (DSNG IRD Configuration) Figure 3-5: DSNG Receiver Configuration Menu Tree Structure Figure 3-6: Decoder Configuration Menu Tree Structure Figure 3-7: Decoder / Stream Configuration Sub-Menu Tree Structure Figure 3-8: Decoder / CI Configuration Sub-Menu Tree Structure Figure 3-9: Decoder / Video Configuration Sub-Menu Tree Structure Figure 3-10: Decoder / Audio Configuration Sub-Menu Tree Structure Figure 3-11: System Configuration Menu Tree Structure Figure 3-12: IRD Status Menu Tree Structure (DSNG IRD Configuration) Figure 3-13: DSNG Receiver Status Menu Tree Structure Figure 3-14: Decoder Status Menu Tree Structure Figure 3-15: Decoder / Stream Status Sub-Menu Tree Structure Figure 3-16: Decoder / CI Status Sub-Menu Tree Structure Figure 3-17: Decoder / Video Status Sub-Menu Tree Structure Figure 3-18: Decoder / Audio Status Sub-Menu Tree Structure Figure 3-19: System Status Menu Tree Figure 3-20: Test Menu Tree Structure Figure 3-21: IRD Run Menu Tree Structure Figure 3-22: Service Run Menu Tree Structure Figure 3-23: PID Run Menu Tree Structure Figure 3-24: Mode Run Menu Tree Figure 3-25: Advance Run Menu Tree Figure 3-26: Graphics Configuration (GFX-CNFG) Sub-Menu Tree Figure 3-27: Graphics Display (GFX-DSPL) Sub-Menu Tree Figure 3-28: Product Status / Main Operation Overlay - Example Figure 3-29: Product Status / Front End Operation Overlay - Example Page viii P/N

11 IRD-2600 / IRD-2800 Integrated Receiver Decoders Figure 3-30: Product Status / Product Configuration Overlay - Example Figure 3-31: Product Status / Product Revision Overlay - Example Figure 3-32: Product Status / Product Setups Overlay - Example Figure 3-33: Stream PSI/SI / Program Association Table (PAT) Overlay -Example Figure 3-34: Stream PSI/SI / Program Map Table (PMT) Overlay - Example Figure 3-35: Stream PSI/SI / Service Description Table (SDT) Overlay - Example Figure 3-36: Stream PSI/SI / Network Information Table (NIT) Overlay - Example Figure 4-1: General Status Message Example Figure 4-2: Hardware Failure Message example Figure 4-3: BIT Stream Warning Message Example Figure 4-4: Service Warning Message Example Figure A-1: DSNG IRD Front Panel Menu Tree...3 Figure A-2: QPSK IRD Front Panel Menu Tree...6 Figure A-3: QAM IRD Front Panel Menu Tree...7 Figure A-4: G.703 IRD Front Panel Menu Tree...9 Figure A-5: ATM IRD Front Panel Menu Tree...10 Figure B-1: Basic Setup for Receiving A Satellite Signal...11 Figure B-2: Basic Set Up For IRDs Sharing One Satellite Reception Dish...12 P/N Page ix

12 User Manual Front Matter LIST OF TABLES Table 1-1: CODICO Product Family Table 1-2: IRD-2600 / IRD-2800 Configuration Options Table 1-3: Rear Panel Receiver Front End Option Cards Table 1-4: IRD-2600/IRD-2800 Output Option Table 1-5: QPSK Input Features and Specifications Table 1-6: DSNG Input Features and Specifications Table 1-7: QAM Input Features and Specifications Table 1-8: Telecom (G.703) Input Features and Specifications Table 1-9: PDH 34Mbit/s input [E3] Table 1-10: PDH 45Mbit/s input [ DS3 ] Table 1-11: SONET/SDH 155Mbit/s input (In accordance with ETS ) Table 1-12: Video Decoder Output Features and Specifications Table 1-13: Audio Output Features and Specifications Table 1-14: RS-232 Interface Specifications Table 1-15: Physical Specifications Table 1-16: Electrical Specifications Table 2-1: RS-422 Serial Input/GPI Pin Out Designations Table 2-2: Cables and Connectors for Decoder Section Table 2-3. RS-232 Control Cable Pin-to-Pin Table 2-4: RS-485 Control Cable Pin-to-Pin Designations Table 2-5: RS-422/RS-232 Data Output Pin Out Designations Table 2-6: IRD-2600 / IRD-2800 Initialization Sequence Table 2-7: DSNG Receiver Configuration Procedure Table 2-8: QPSK Receiver Configuration Procedure Table 2-9: QAM Receiver Configuration Procedure Table 2-10: Serviceability Check Table 3-1: IRD-2600 / IRD-2800 Front Control Panel Table 3-2: IRD Infrared Remote Control Items Table 3-3: IRD Front Panel Main Menu Options Table 3-4 Configuration/Receiver Menu Options Table 3-5: Decoder / Stream Configuration Menu Options Table 3-6: Describes the Options in the Sub Menu Table 3-7: Decoder / Video Configuration Sub-Menu Options Table 3-8: Decoder / Video Configuration Sub-Menu Options Table 3-9: System Configuration Menu Options Table 3-10: Receiver Status Menu Parameters Table 3-11: Decoder / Stream Status Sub-Menu Parameters Table 3-12: Decoder / CI Status Sub-Menu Parameters Table 3-13: Decoder / Video Status Sub-Menu Parameters Table 3-14: Decoder / Video Status Sub-Menu Parameters Table 3-15: System Status Menu Parameters Table 3-16: Test Menu Functions Table 3-17: Service Run Menu Parameters Table 3-18: PID Run Tree Parameters Table 3-19: Mode Run Menu Parameters Table 3-20: Graphics Configuration (GFX-CNFG) Sub-Menu Functions Table 3-21: Graphics Display (GFX-DSPL) Sub Menu Commands Table 4-1: Serviceability Check Table 4-2 General Messages Table 4-3 Hardware Failure Messages Table 4-4: Bit Stream Warning Table 4-5: Service Warning Page x P/N

13 IRD-2600 / IRD-2800 Integrated Receiver Decoders 1. OVERVIEW 1.1. General Information The CODICO IRD-2600 and IRD-2800 are a new generation of the 4:2:0 / 4:2:2 CODICO family of Integrated Receiver Decoders. Both IRD-2600 and IRD-2800 are suitable for SCPC and MCPC 4:2:0 applications; IRD-2800 provides support for 4:2:2 applications as well. With DVB-CI (Common Interface) decryption capabilities, the IRD 2600 and IRD-2800 output high quality video, audio and data for satellite, cable and telecom programs distribution. IRD-2600 supports two stereo outputs while IRD-2800 supports up to three stereo outputs. Both IRD-2600 and IRD-2800 contain a demultiplexer, MPEG-2 video and audio decoders, as well as Data and VBI insertion functions. Control and management can be obtained via the IRD front control panel, an optional Infrared Remote Control, or an attached PC terminal. The IRD also supports remote management, control and software download, via transport stream link from the CODICO NMS-4000 Network Management System. Input and Output sections support variable modules for versatility of the IRD-2600 and IRD Input of DVB-ASI transport Stream or RS-422 directly to the decoder, as well as ASI output (optionally decrypted) and loopthrough is also supported. ASI TS and RS-422 can be connected at the same time with the various front ends. The desired input is selected by the user. Figure 1-1: IRD-2600 and IRD General View Highlights and Benefits The IRD-2600 and IRD-2800 Integrated Receiver Decoders provide the following benefits: DVB Common Interface (2 Slots), Supports de-scrambling of all leading CAMs On-board DVB descrambling with BISS Mode-1 and BISS-E (DSNG-CA) support. Extended Front/End Interface options High and Low Speed Data Outputs Advanced software control and monitoring of all IRD functions and capabilities. The following sub-paragraphs detail the features, enhancements and options of the IRD-2600 and IRD P/N Page 1-1

14 User Manual Chapter 1. Overview Inputs Decoder Inputs RS-422 Clock/Data Input DVB-ASI with Loop-through (optional) Interface: Copper or Optical TS bit rate: up to 54 Mbps Receiver Input Options DVB Satellite (QPSK) Front End range: MHz Symbol rate range: 1-45 M Symbols/s L-Band RF input with LNB control and Loop-through output DVB DSNG (8PSK, 16QAM and QPSK) Front End Range: MHz Symbol rate Range: 1-45 Msym/s 2 L-Band inputs with LNB control DVB Cable (QAM) Front End QAM demodulation: 16/32/64/128/256 VHF//UHF input: MHz Symbol Rate Range: 1-7 Msym/s Telecom G.703 Front End Unframed PDH Data rates: E1,E2 or E3 FEC (optional): DVB-C FEC Loop-through output DVB-PDH Front End Interface: ATM AAL-1 Data rates: DS3 or E3 Loop-through output DVB-SDH SONET TS bit rate: up to 58 Mbps Interface: STM-1/OC-3, ATM AAL-1 Optical interface types: SM or MM, 1300 nm Loop-through output Page 1-2 P/N

15 IRD-2600 / IRD-2800 Integrated Receiver Decoders Outputs Video Analog video Interfaces: 2 composite, 1 S-Video Digital video Interfaces (optional): 2x SDI, with embedded VBI and up to 2 stereo channels Video formats: PAL-B/G/I/M/N/D, NTSC/SECAM L/B/G/K1 Russian SECAM D/K (option applicable only in composite video, available only for IRD-2600). Decoding: 4:2:0MP@ML ( Mbps) 4:2:2PP@ML ( Mbps) (IRD-2800) Video Resolution Interpolation: Pan-Scan, Letter box or Pass-through Aspect ratio:4:3/16:9 and 14:9 Graphic processing: OSD, DVB Subtitling, EBU (Teletext) Subtitling. OSD only on monitoring output (optional) Sync Lock Input and Loopthrough output (optional) VBI Re-Insertion In Composite video and embedded in SDI WST Teletext and inverted Teletext WSS, VPS, VITC, SMC, CC, AMOL (optional) Enhanced VITS with built-in generator Audio Analog audio: up to 3 stereo pairs (up to 2 stereo pairs in IRD-2600). All inputs balanced or 1st unbalanced (optional) Digital audio (optional): up to 3 AES/EBU-SPDIF (up to 2 on IRD-2600) Embedded in SDI (optional): up to 2 stereo Mode: Stereo, Joint Stereo, Dual Channel, Single Channel Max output level: +24 dbu analog, 0 dbfs digital Gain Control: -58 to +6 db /mute AC-3 Pass-through (optional) Linear PCM audio (IRD-2800) Data Low Speed Data: - RS-232 up to Kbaud, or - RS-422 (optional) up to 2Mbps High Speed Data: RS-422 up to 20 Mbps Transport Stream Outputs (options) 1st and 2nd ASI (optional): Copper, or Input stream with selected program decrypted 3rd ASI (optional): Copper or Optical,Input stream or Loop-through P/N Page 1-3

16 User Manual Chapter 1. Overview Conditional Access DVB-Descrambling BISS Mode-1 BISS-E CAS-5000 DVB-CI Interface:2 CI slots EN CA Method: Multicrypt, Simulcrypt CAS: Irdeto, Viaccess, Cryptoworks, Conax, Aston, Nagravision, On Digital, CODICrypt, BetaCrypt, NDS VideoGuard Control And Monitoring Local Extensive Front Panel Control Infrared remote control (optional) Up to 140 stored setups (optional for 340) Advanced satellite scanning Can operate in Service and in PID modes General Purpose Indicator (GPI) GPI dry contacts for various alarms and automatic redundancy features. Supports combination of the following alarm modes: Activated when hardware failure is identified (default alarm mode). Activated when Bit Stream warning is identified (i.e. input signal failure). Activated when Service Decoding warning is identified. Mode selection is manually activated, using the control protocol. Over The Air Control and Software download Remote PC via RS-232 or RS-485 Software download SNMP proxy PC software (optional) Enhanced DVB Monitoring Front panel display: Signal Quality, Eb/N0, BER, ASI format, Network and Service Information, CA information, CI slots, Video and Audio decoded information OSD: PSI tables, Receiver and Decoder status information Page 1-4 P/N

17 IRD-2600 / IRD-2800 Integrated Receiver Decoders Applications The IRD-2600 and IRD-2800 Integrated Receiver Decoders can be implemented in a wide range of applications. The following is a list of some of the typical uses for the IRD-2600 and IRD-2800: Satellite Receiving Cable Head-end Receiving Digital Satellite News Gathering (DSNG) Telecommunication, SDH or microwave Network / Professional Video Distribution Distance Learning Business TV Radio Reception DVB-CI Decryption for transport stream re-multiplexing Bilingual audio transmission The following sub-paragraphs provides detailed description on various applications Broadcast Redistribution The primary application of the IRD-2600 and IRD-2800 is reception and distribution of DVB broadcast signals for cable or local broadcasting Stand Alone Decoder The IRD-2600 and IRD-2800 may be utilized without an input receiver as an online decoder for a DVB signal. This may be utilized for monitoring purposes within a broadcast center, for editing components of the DVB bit stream, and for redistribution of local line input such as prerecorded video programs Internal Corporate Distribution A growing application for DVB redistribution is internal corporate training and communications. Both training and internal communications can greatly benefit from the decoding and redistribution of DVB signals originating from a central broadcast point within a company Data Transfer The IRD-2600 and IRD-2800 can be implemented as a solution for remote locations requiring data links, where no proper line communications exist. In this role, the IRD-2600 and IRD-2800 decodes data from a DVB signal broadcast via satellite or other Telco interfaces. One of the advanced features of the IRD-2600 and IRD-2800 is simultaneous high-speed and low-speed data transfer. Data transfer from the encoder is one directional. The IRD-2600 and IRD-2800 has no feedback, response, or acknowledgement capabilities. P/N Page 1-5

18 User Manual Chapter 1. Overview Low Speed Data The IRD-2600 and IRD-2800 enable Low Speed Data (LSD) transfer rates up to Kbps over a serial RS-232 port. The LSD interface supports filtering of the data encapsulated in PES packets (stream types 0xBD -private_stream_1 and 0xBF -private_stream_2). In addition, data filtering level can be according DVB Asynchronous Data streaming (EN ) which includes additional 3 bytes of header information in front of the data information. The following filtering levels are provided: Entire Transport Packet Transport Payload (184 bytes if no adaptation field, else adaptation is also stripped). PES payload (PES header stripped). DVB streaming (PES header and 3 byte pes_data_packet header stripped). High Speed Data a. The IRD-2600 and IRD-2800 enable High Speed Data (HSD) transfer rates up to 20 Mbps over a balanced RS-422 port. The high-speed transfer rates are limited by the maximum rate supported by the RS-422 interface and cable lengths. b. IRD HSD rates should be set slightly higher than those on the encoder (5% higher). Optimal rate is best determined by trial and error. Too low a rate yields increased bit errors. Conversely, too high a rate yields a stream that is too bursty. This is not a problem if the target equipment (usually a PC) has a large enough buffer to compensate for incidental burst size. To adapt the IRD-2600 and IRD-2800 to work with a variety of encoders, bit-order can be reversed. c. The following packetizing methods of data are provided: Entire Transport Packet Descrambling Transport Payload (184 bytes if no adaptation field, else adaptation is also stripped). PES payload (PES header stripped). The IRD-2600 and IRD-2800 are equipped with internal DVB descrambler and two independent DVB-CI Common Interface slots. The internal DVB Descrambler is usable for: Scopus CAS-5000 Encrytion system (CODICrypt ). DSNG-CA (BISS) fixed Key Encryption system and BISS-E. The DVB-CI deciphers encrypted signals from a DVB signal source, by means of an authorized Smart Card and a CA-specific CAM (Conditional Access Module). The encryption standards supported by the IRD-2600 and IRD-2800 are: CA Method: Multicrypt, Simulcrypt CAS: Irdeto, Viaccess, Cryptoworks, Conax, Aston, Nagravision, On Digital, CODICrypt, BetaCrypt, NDS VideoGuard. Page 1-6 P/N

19 IRD-2600 / IRD-2800 Integrated Receiver Decoders Product Line The IRD-2600 / IRD-2800 Integrated Receiver Decoders are an integral member of the advanced CODICO product line. The CODICO product family offers comprehensive solutions for both transmission sites and reception stations. In addition, it is the most cost-effective solution for TV broadcasting applications. Table 1-1 lists the CODICO product family and Figure 1-2 shows the integration of the product line in a DVB environment. Table 1-1: CODICO Product Family PRODUCT DESCRIPTION E-900 Industrial Encoder E-1000/E-1100 Professional Encoders E-1500/E-1700 DSNG Encoders IRD-25x0 Series Professional Integrated Receiver Decoders IRD-2600/IRD-2800 Advanced Professional Integrated Receiver Decoders RTM-3800 DVB Multiplexer RSW-7x00 Series Redundancy Switches MOD-7500 DSNG Modulator NMS-4000 Complete Network Management System CAS-5000 Conditional Access System SM-3000 Statistical Multiplexing System SI-3050 PSI/SI Generator Application CID-3100 Common Interface Decryptor Figure 1-2: CODICO Integrated Product Line P/N Page 1-7

20 User Manual Chapter 1. Overview 1.2. Functional Description IRD-2600 and IRD-2800 Block Diagram Input to the Receiver (QDSNG receiver, QPSK, QAM, G.703, DS3/ATM and STM-1/OC-3) is transferred to the de-multiplexer in the MPEG-2 Transport Demux. A video decoder and an audio decoder process the resulting video, audio and data streams. The end output is modified to suit the required output formats according to the installed output modules. A dedicated VBI programmable processor is assigned for providing various customers VBI requirements. Figure 1-3: Signal Path in the IRD-2600 and IRD-2800 ASI Input Signal RECEIVER Input Signal Out 1 Out 2 Out 3 Loopthrough ASI Interface INPUT SECTION DSNG, QPSK,G.703, QAM, ATM Smart Card CI MPEG-2 TRANSPORT DEMUX GPI Interface CPU Data Processor Front Panel (Display & Keyboard) SYNC VIDEO DECODER TELETEXT TRANSCODER AUDIO DECODER PAL/NTSC ENCODER VIDEO AMP. OUTPUT OPTIONS D/A CONVERTER AUDIO AMP. TELETEXT OUT GPI (OPTION) AES/EBU OUTPUT (OPTION) DATA CHANNEL (RS-232/RS-422) VIDEO OUT AUDIO OUT Page 1-8 P/N

21 IRD-2600 / IRD-2800 Integrated Receiver Decoders Basic Configuration The IRD-2600 and IRD-2800 are delivered in a wide range of standard configurations, as described in paragraph ahead. Paragraph describes the add-on options available for the various configurations. However, all IRD-2600 / IRD-2800 configurations provide the following basic features: Profile: 4:2:0 (4:2:2 for ) 2 slots DVB-CI Common Interface Video formats: PAL B/G/M/N/D, NTSC, SECAM L/B/G/K1 Transcoding of 625/50 video formats (PAL B/G to/from PAL N and SECAM) and of 525/60 video formats (PAL M to/from NTSC) Two Composite outputs; One S-VHS output Full DVB compliance, as well as special modes for interoperability with certain non-dvb IRDs Audio (1st channel): one stereo pair, balanced output via XLR connectors; volume adjustment. Data channel: High-Speed RS-422 and Low-Speed RS-232 DVB descrambling, SimulCrypt Support, Scopus CAS-5000 descrambling, BISS DSNG-CA Over the air remote control; Over the air software upgrade Teletext, VBI (WSS, Close Caption, VPS, VITS, VITC, SMC), analog, over composite Selectable Audio/Video/Data combination mode OR Video-only OR Data-only OR Audio-only mode. Monitor and Control via RS-232 or RS-485 terminal (factory pre-set). Auto-save of last configuration after power off; 140 pre-programmed setups (optional: 340). Front panel control; Extensive Status indicators; Signal quality (Eb/N0), Video/Audio rate, CA information. RS-422 transport stream input P/N Page 1-9

22 User Manual Chapter 1. Overview Receiver Front End Options The IRD-2600 / IRD-2800 are delivered in various front-end configurations. The following defines the specific features of each configuration, in addition to the basic features described in paragraph above. a. DVB-S QPSK Receiver Front-End Option: QPSK receiver for full bandwidth (SCPC/MCPC) operation at agile 1-45 MSymbols/sec, L-BAND input and RF Loop-through b. DVB-C QAM Receiver Front-End Option: 16/32/64/128/256 QAM receiver for SCPC & MCPC operation at agile 1-7 MSymbols/Sec VHF/UHF input and Loop-through. c. Decoder Standard Unit (RS-422 input): For ASI Input, refer to options 104 and 105. d. DVB-C G.703 Receiver Front-End Options: G.703 unframed input interface for SCPC & MCPC operation in telecom applications at E1, E2 or E3 rates With or without FEC and Loop-through. e. DVB-PDH Framed DS3 or E3 Receiver Front-End Options: DS3 or E3 framed interface and Loop-through, (back to back ATM protocol, AAL1). f. DVB-SDH STM-1/OC-3 Receiver Front-End Options: Optical Multimode or Single mode, STM-1/OC-3, SONET 155Mbps input (Max TS bitrate up to 60Mbps) interface, and Loop-through, (back to back ATM protocol, AAL1). g. DVB-DSNG 8PSK, 16QAM and QPSK Receiver Front-End Option: 8PSK, 16QAM and QPSK receiver for full bandwidth (SCPC/MCPC) operation at agile 1-45 Msymbols/sec 2 x L-Band inputs ( MHz) The IRD also supports an option of 2 inputs with loop through of the selected input, with automatic redundancy switching between inputs A & B, for the following input front end options: DVB-S, DVB-C, G.703, DVB-PDH. Time between switching is controlled. Page 1-10 P/N

23 IRD-2600 / IRD-2800 Integrated Receiver Decoders Configuration Options Table 1-2 lists the configuration options available for the various IRD-2600/IRD-2800 Standard applications: Table 1-2: IRD-2600 / IRD-2800 Configuration Options OPTION NAME DESCRIPTION OPT 002 ASI Out Two BNC type ASI Output (provides full transport stream, with the selected service decrypted). When used with front-end input: Active Interface Conversion to ASI. OPT 003 Russian Secam Russian Secam, on the broadcast output only. (Built-in with OPT 006) Available only for IRD OPT 004 Unbalanced 1st Stereo Unbalanced Audio RCA on First Stereo Channel, instead of the XLR balanced output OPT 005 AES/EBU, or AC-3 Pass through OPT 005.1: AES/EBU (SP-DIF) for 1st stereo OPT 005.2: AC-3 Pass-through or AES/EBU, menu selectable NOTE Default connector: Unbalanced BNC. Option connector: Balanced XLR connector. OPT 006 Monitoring Video Output One broadcast and one monitoring output (OPT 006) Two identical video outputs (Default Configuration) OPT 007 IR Infra-red Remote Control OPT V DC -48V DC power interface (Replacing the V AC) OPT 101 SDI 2 x SDI with embedded audio and VBI (Embedded dual stereo when ordered with option 102) OPT nd Stereo Analog 2nd Stereo: Analog Balanced over XLR OPT nd Stereo Digital 2nd Stereo: AES/EBU(SP-DIF) over BNC OPT nd Stereo Analog & Digital 2nd Stereo: Analog Balanced over XLR and AES/EBU (SP-DIF) over BNC OPT rd Stereo Analog 3rd Stereo: Analog Balanced over XLR (IRD-2800 ONLY) OPT rd Stereo Digital 3rd Stereo: AES/EBU(SP-DIF) over BNC (IRD-2800 ONLY) OPT OPT 104 OPT 105 3rd Stereo Analog & Digital ASI In + Loop-through, BNC ASI In + Loop-through, Optical 3rd Stereo: Analog Balanced over XLR and AES/EBU (SP-DIF) over BNC (IRD-2800 ONLY) OPT 106 Sync Lock Sync Lock and Loop-through ASI TS In + out (without decryption), Auto 188/204, BNC. ASI out provides Auto Active/Passive Loop-through. When used with front-end input: Active Interface Conversion to ASI. ASI TS In + out (without decryption), Auto 188/204, Optical. Active Loop-through. ASI out provides front-end input Conversion to ASI. NOTE Conflicts with Sync Lock P/N Page 1-11

24 User Manual Chapter 1. Overview 1.3. Mechanical Structure Enclosure The IRD-2600 and the IRD-2800 are housed in a ruggedized industrial enclosure, 1U by 19" (Rack Mount) Front Panel The front panel of the IRD-2600 and IRD-2800 allow control via a four-way touch pad, an Enter key, and an Escape key. Operational commands and parameters are displayed on an Alphanumeric LCD. The four-way touch pad allows scrolling through the menus of the embedded software and parameter modification (see Figure 1-4). Figure 1-4: Front View of the IRD-2600/IRD Rear Panel The rear panel of the IRD 2600 and IRD-2800 are comprised of three sections (see Figure 1-5): Front-End Options section (left side of the rear panel) Decoder section (center) Option section (right side) Left and right sections support various modules to enhance the versatility of the IRD-2600 and IRD-2800 in varied applications. They support input of Parallel DVB Transport Stream, Parallel TTL, DVB ASI, or RS-422 serial input. This option enables input directly to the Decoder where the signal source is digital or when input via a receiver is not required. Paragraph shows and describes the various options provided. The Decoder contains a demultiplexer, MPEG-2 video and audio decoders as well as a Teletext Transcoder module for Teletext output. The Decoder section on the rear panel is standard. However, digital and analog audio options are available. Figure 1-5 shows two examples of IRD-2600 and IRD-2800 rear panel configurations. Example A shows the Decoder configured for output over RCA connectors. Example B shows the XLR alternative. Figure 1-5: IRD-2600\IRD-2800 Rear Panel Section Example A ASI OUT 1 ASI OUT 2 RS422/GPI LEFT AES/EBU VAC 1A 50/60 Hz AC3 RF IN LOOPTHROUGH RIGHT - 25dBmMax OUT AUDIO S-VIDEO Example B ASI OUT 1 ASI OUT 2 RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz AC3 IN IN 2 RF IN LOOPTHROUGH - 25dBmMax OUT ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT Page 1-12 P/N

25 IRD-2600 / IRD-2800 Integrated Receiver Decoders Rear Panel Option Cards Table 1-3 and Table 1-4 describe the various option cards available for the IRD-3600 and IRD-3800 Integrated Receiver Decoders. OPTION CARD Table 1-3: Rear Panel Receiver Front End Option Cards DESCRIPTION ASI OUT 1 ASI OUT 2 RS422/GPI DSNG RECEIVER FRONT-END Two input with two ASI outputs and RS-422/GPI interface connector. RF IN - 25dBmMax ASI OUT 1 RF IN ASI OUT 2 LOOPTHROUGH RS422/GPI QPSK RECEIVER FRONT-END QPSK input and loopthrough output with two ASI outputs and RS-422/GPI interface connector. - 25dBmMax OUT RS422/GPI QAM RECEIVER FRONT-END QAM input with two ASI out and RS-422/GPI interface connector. QAM IN ASI OUT 2 ASI OUT 2 DS3[ ] E3[ ] E2[ ] E1[ ] G.703 RECEIVER FRONT-END G703 INPUT LOOPTHROUGH OUTPUT RS422/GPI G.703 input (BNC unbalanced) with loopthrough output and RS-422/GPI interface connector. UNBALANCED DS3[ ] E3[ ] E2[ ] E1[ ] G703 INPUT LOOPTHROUGH OUTPUT RS422/GPI ATM RECEIVER FRONT-END ATM input with two ASI output and RS-422/GPI interface connector. UNBALANCED ASI OUT1 ASI OUT2 RS422/GPI BASIC DECODER FRONT END 2 ASI Output Decrypted selected only when the CI is supplied. When used with front-end input can provide active interface conversion to ASI. In addition, provides RS-422/GPI interface connector. P/N Page 1-13

26 User Manual Chapter 1. Overview OPTION CARD Table 1-4: IRD-2600/IRD-2800 Output Option DESCRIPTION BLANK OUTPUT PANEL This panel is supplied as default when no output option is ordered. Full With ASI In and OUT 3 Balanced Analog Audio over XLR or AES/EBU (SP-DIF) over XLR ASI IN + OUT Loopthrough Sync lock IN + OUT SDI OUT LEFT2 RIGHT2 Balanced Analog Audio 2 Out over XLR BALANCED AUDIO OUT LEFT2 RIGHT2 LEFT3 RIGHT3 BALANCED AUDIO OUT Balanced Analog Audio 2 and 3 Out over XLR (Applicable Only for IRD-2800) Full With ASI OUT ASI OUT1 and OUT2 This option is supplied when the receiver option installed is the G.703 interface. The panel provides 2 ASI OUT via BNC connectors AUXILIARY Page 1-14 P/N

27 IRD-2600 / IRD-2800 Integrated Receiver Decoders 1.4. Management The IRD-2600 and IRD-2800 Integrated Receiver Decoder contain embedded software for control and configuration. The embedded software is accessible by the following interfaces: IRD-2600/IRD-2800 Front Panel Infrared Remote Control PC terminal NMS-4000 broadcast link via an external modem In addition to the embedded software, prepared program scripts may be applied to the IRD-2600 and IRD-2800 via a PC terminal, or via the NMS Front Panel Control The IRD-2600 and IRD-2800 Front Panel provide a two line LCD display and a control keys. It enables the user to control and monitor the IRD-2600 and IRD Infrared Remote Control The infrared remote control device optionally supplied with the IRD-2600 and IRD-2800 enables arm chair control of the IRD-2600 and IRD The control keys are similar to those on the IRD-2600 and IRD-2800 Front Panel in order to provide a common interface and control syntax PC Terminal Control The IRD-2600 and IRD-2800 may be controlled and configured from a standard PC terminal attached to the Control (RS-232 or RS-485) connector. The terminal provides access to control and monitor functions not available when using the IRD-2600 and IRD-2800 Front Panel or the infrared remote control NMS-4000 Control The CODICO NMS-4000 Network Management System enables management of the IRD-2600 and IRD-2800 via the Transmission Link. The NMS-4000 provides a menu and dialog-driven interface from which control, modification, and upgrade operations can be performed on the IRD-2600 and IRD P/N Page 1-15

28 User Manual Chapter 1. Overview 1.5. Characteristics and Specifications Receiver Input Specifications The following tables summarize the features and specifications of the various receiver input options available for the IRD-2600 and the IRD-2800 Integrated Receiver Decoder: QPSK input option, see Table 1-5 DNSG input option, see Table 1-6 QAM input option, see Table 1-7 G.703 input option, see Table 1-8 The decoder is able to receive the following, PDH and SDH, ATM input interfaces as specified in DVB standards; ETS , for PDH and ETS , for SDH. The IRD also supports an option for 2 PDH Inputs with loop-trough of the selected input, with automatic redundancy switching between inputs A & B. Time between switching is controlled. The specifications of these ATM protocol supporting front-end interfaces are described in Table 1-9 through Table Table 1-5: QPSK Input Features and Specifications FEATURE SPECIFICATION L-Band input L-Band Loopthrough output Input level Symbol Rate Symbol Rate acquisition range Carrier acquisition range BER (Quasi Error Free after Reed Solomon) MHz MHz ± 3dB -65 to 25 dbm 1-45 Msymbols/sec continues ± 70 ppm ± 1/4 Symbol Rate 2 x 10-4 for Eb/No = 5.5 db, after Viterbi 3/4 Viterbi Decoding Rates 1/2, 2/3, 3/4, 4/5, 5/6, 7/8, 8/9 Viterbi Constraint Rate 7 Viterbi Rate Recovery Automatic Reed Solomon decoding 204, 188, De-interleaving Digital AGC LNB Control Voltage: Polarization Spectral Inversion Yes Yes Off, 14V, 18V, (350 ma maximum) 22 khz/off Automatic Page 1-16 P/N

29 IRD-2600 / IRD-2800 Integrated Receiver Decoders Table 1-6: DSNG Input Features and Specifications FEATURE SPECIFICATION Modulation and coding schems: QPSK, FEC rate 8PSK, FEC rate 16QAM, FEC rate Automatic modulation scheme recovery Symbol Rate 1/2, 2/3, 3/4, 5/6, 7/8. 2/3, 5/6, 8/9. 3/4, 7/8. 1 Rs 45 Mbaud Half Nyquist filter roll-off 25% and 35% L-band inputs ( MHz) 2 Signal level density Co Signal level Total input power Clock acquisition range carrier acquisition range Automatic FEC rate recovery Spectral inversion ambiguity resolution LNB power generation -130 to 105 dbm/hz. Co + 10Log(Sat. baud rate) (dbm). -25 dbm max ± 200 ppm ± 3 Mhz Automatic Off, 13 or 18 Vdc, 350 ma max, 22Khz, single tone burst and Diseqc 1.0 message, and Diseqc 2.0 compatible Table 1-7: QAM Input Features and Specifications FEATURE SPECIFICATION QAM constellation 16/32/64/128/256 QAM Input Level 40 to 85 dbµv VHF/UHF input 50.5 to 858 MHz Noise Figure 8 to 13 db Input impedance 75Ω (BNC) Symbol Rate 1 to 7 Mbaud Roll-off 15% Additional Features Digital Automatic Gain Control Half Nyquist Filtering Blind equalization Digital carrier recovery P/N Page 1-17

30 User Manual Chapter 1. Overview Table 1-8: Telecom (G.703) Input Features and Specifications FEATURE SPECIFICATION Input Impedance 75 Ω Bit Rate Unframed E1 (2.048 Mbps), E2 (8.448 Mbps) and E3 ( Mbps) G.703 Loop Through Output For cascading multiple IRD units. Loopthrough Output Mask according to G.703 recommendation De-Interleaving 17/12 (*) Reed-Solomon Decoding 204, 188, 8 (*) Input/Output Connectors E1 balanced (male 9 Pin D-Type) E1 unbalanced (female BNC) E2, E3 unbalanced (female BNC) Additional Features DVB Descrambler (*) HDB-3 Line code Switchable FEC (Forward Error Correction) * The FEC includes Interleave, Reed-Solomon Decoder (188, 216) and Descrambler; in accordance with the DVB standard for Cables (ETS ), which can be switched On/Off. Table 1-9: PDH 34Mbit/s input [E3] Feature Specification E3 Framed Mbit/s Frame: G.832 ATM adaptation layer: AAL1 Error correction: RS(124,128) with Interleaving matrix Connector: BNC female, 75Ω Loop-through output Available Table 1-10: PDH 45Mbit/s input [ DS3 ] Feature Specification DS Mbit/s Frame: ETS ATM adaptation layer: AAL1 Error correction: RS(124,128) with Interleaving matrix Connector: BNC female, 75Ω Max MPEG TS bit rate: 37.9 Mbit/s Loop-through output: Available Page 1-18 P/N

31 IRD-2600 / IRD-2800 Integrated Receiver Decoders Table 1-11: SONET/SDH 155Mbit/s input (In accordance with ETS ) Feature STM-1 Description: Frame: Connectors: Wavelength: Max selected TS bit rate Loop-through output: Specification Mbit/s (up to 60 Mbps for the selected TS) Single-mode/Multi-mode optical interface STM-1/OC-3 Duplex SC fiber optic 1300 nm Up to 60 Mbps Available Output Specifications Table 1-12 and Table 1-13 summarize the features and specifications of the IRD-2600 and the IRD-2800 Video and Audio outputs, respectively. Table 1-12: Video Decoder Output Features and Specifications FEATURE SPECIFICATION MPEG-2 standard Main Level at Professional Profile, and Main Level at Main Profile Standards decoded MPEG-1, MPEG-2 Decoded Output Resolution 720 by 480 at 30 Hz (NTSC) 720 by 576 at 25 Hz (PAL) Encoded Input Resolution of the IRD-2600 [Horizontal] by [Vertical] at [] 720, 704, 640, 544, 528, 480, 352, Hz 720, 704, 640, 544, 528, 480, 352, Hz Hz 384, Hz 720, 704, 640, Hz 544, 528, 480, , 704, 640, 544, 528, 480, Hz P/N Page 1-19

32 User Manual Chapter 1. Overview Table 1-12: Video Decoder Output Features and Specifications FEATURE Encoded Input Resolution of the IRD-2800 SPECIFICATION [Horizontal] by [Vertical] at [] 720, 704, 544, Hz 480, Hz 720, 704, 544, Hz 480, Hz 4:2:2 Mode Only Hz Video Encoder Video formats decoded Video formats selection Standard Outputs Hz 27 MHz with 10 bits resolution DAC (8 bits input) NTSC / PAL / SECAM standards and sub-standards Automatic selection for NTSC / PAL 2 Composite Video outputs S-Video (Y/C) output FEATURE Table 1-13: Audio Output Features and Specifications SPECIFICATION Quality Sample rates CD Quality 16 bit delta sigma DAC 48 KHz, 44.1 KHz, 32 KHz, 24 KHz, KHz, 16 KHz Decoding Levels MPEG-2 Stereo MPEG-1 layer I and II AC-3 Dolby Digital Surround pass-through Linear Audio on digital output (IRD-2800 Only) Audio 1 Channel Balanced Stereo Unbalanced Mono/Stereo (option) AES/EBU (SP-DIF, option) Audio 2 Channel (option) Balanced Stereo (option) AES/EBU (SP-DIF, option) Audio 3 Channel (option) ONLY for IRD-2800 Balanced Stereo (option) AES/EBU (SP-DIF, option) Page 1-20 P/N

33 IRD-2600 / IRD-2800 Integrated Receiver Decoders Control Ports Specifications The IRD provides connections for terminal control on the IRD over RS-232 interface or RS-485 Interface. Table 1-14 details the interface specifications. PARAMETER Table 1-14: RS-232 Interface Specifications SETTING Protocol XON/XOFF Baud Rate 9600, 19200, 38400, 57600, Data Bits 8 Parity Stop Bits 2 Terminal Emulation N (None) ANSI/VT Physical Features and Specifications Table 1-15 summarizes the physical features and specifications of the IRD-2600 and IRD Table 1-16 summarizes the electrical supply and consumption specifications of the IRD-2600 and the IRD-2800, in both options, AC and DC supply. PARAMETER Dimensions Table 1-15: Weight Operating Temperature Operating Humidity Storage and Transport Temperature Storage and Transport Humidity Physical Specifications SPECIFICATION 1U 4.4 x 48.2 x 30.2cm (1.75" x 19" x 11.9") 2.5 Kg -0 C +50 C 5% 85% (Non-condensing) C NOTE before operation after transportation of the equipment below 00C, wait for 12 Hours at room temperature. 0% 95% (Non-condensing) Table 1-16: PARAMETER AC Mains Supply Power Source Power Consumption -48V DC Supply Supply voltage: Power consumption: Electrical Specifications SPECIFICATION V AC, 50/60 Hz 50 W max. (all options) 36VDC min. - 72VDC max. 1 Amp. max P/N Page 1-21

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35 IRD-2600 / IRD-2800 Integrated Receiver Decoders 2. INSTALLATION 2.1. Introduction This chapter describes the procedures required for installation of the CODICO IRD-2600 and IRD-2800 family of Integrated Receiver Decoders. The scope of the procedures found in this manual include: site preparation and requirements, installation in a 19" rack, cable connections, panel options and pin-out descriptions, initial settings, serviceability check, and multiple unit connections. This manual also describes the inter-connection of multiple IRD devices in order to facilitate system expansion Safety Precautions To avoid injury and prevent equipment damage, observe the following safety precautions: Do not move or ship equipment unless it is properly packed in its original wrapping and shipping containers. Equipment service and maintenance should be undertaken only by Scopus trained personnel. To prevent damage by lightning, ground the unit according to local regulations. Do no permit unqualified personnel to operate the unit Inventory Check Before installing the unit, ensure that all the equipment has arrived. Check the parts received with the IRD unit for damage according to the following list: ITEM QUANTITY IRD-2600 or IRD-2800 Integrated Receiver Decoder 1 Power Cable 1 IRD-2600 / IRD-2800 Integrated Receiver Decoder User Manual 1 CAUTION If anything is missing or damaged, do not continue with the installation. Refer to the TECHNICAL SUPPORT procedures in the front of this manual for Scopus support. P/N Page 2-1

36 User Manual Chapter 2. Installation 2.2. Site Preparation NOTE If the IRD is to be installed in a standard 19" rack, make sure the rack fully prepared for the installation. The IRD should be installed within 1.5m (5 feet) from an easily accessible grounded AC outlet, capable of furnishing the required supply voltage as detailed below: The use of an UPS (Uninterrupted Power Supply) and an AVR (Automated Voltage Regulation) is highly recommended to ensure proper operation of the IRD. Ensure that a qualified electrician has installed the mains power supply in accordance with power authority regulations All powering should be wired with an earth leakage in accordance with local regulation. In any rack installation, ensure that the rack has been properly grounded Installation Installation in 19" Rack To prepare the IRD for rack installation: a. The rack adapter kit includes two mounting brackets. The brackets are fastened with screws to the sides of the IRD housing. b. Attach each bracket by inserting two screws, with flat washers, in the two front holes at the sides of the housing. Nuts are already in place on the inner side of the holes. c. After attaching the brackets, the unit is ready for installation in the rack. d. Fasten the brackets to the side rails of the rack with four screws (not included in the kit), two per side. Several IRD devices may be installed in a standard 19" rack, one above the other. Please ensure that proper grounding is provided for the rack assembly to prevent potential electrical problems in the devices mounted on the rack. See paragraph for more details on grounding the IRD to a rack mount. NOTE To facilitate easy access during installation and maintenance, leave sufficient space behind the rack. Page 2-2 P/N

37 IRD-2600 / IRD-2800 Integrated Receiver Decoders Insertion of the DVB-CI Module (PCMCIA) Figure 2-1 shows the IRD with DVB-CI Module (PCMCIA card) and the Smart Card used to decrypt the incoming signal. The IRD is provided with two PCMCIA slots for up to two DVB-CI Modules. The PCMCIA should be firmly inserted in to the two slots provided to ensure contact. Each DVB-CI Module accommodates one Smart card, inserted with the UP mark pointing up and forward. WARNING DO NOT ATTEMPT TO REMOVE OR INSERT THE DVB-CI MODULE OR THE SMART CARD WHILE THE IRD IS POWERED ON OR INNITIALIZING. Figure 2-1: DVB-CI Module and Smart Card Insertion P/N Page 2-3

38 User Manual Chapter 2. Installation 2.4. Cable Connections IRD-2600 and IRD-2800 Connection Setup and Options This section describes the cable connections for ground, power, and interface cables connected to the rear panel of the IRD-2600 and IRD-2800 Integrated Receiver Decoders. The IRD-2600 or the IRD-2800 are ordered with a specific configuration to suit the requirements of a specific application. It should therefore not be assumed that any two IRDs are identical both on a hardware and software level. To accommodate such flexibility, the IRD is designed with a high degree of modularity and is assembled in the factory with the customer-selected options. The rear panel can be logically dived in to three sections: Left (Receiver), Center (Decoder) and Right (Output). The left and right sections are comprised of option cards. The functionality of the available options is described in paragraph 1.2.4, Configuration Options. The left section provides fron-end connectors for the receiver option installed in the IRD. The center (Decoder) section is a standard feature for digital and analog audio options. Right section provides the selected outputs of the IRD. Figure 2-2 shows two examples of IRD rear panel configurations. Example A shows the Decoder configured for output over RCA connectors. Example B shows the XLR alternative. The following sub-paragraphs detail the pin-assignment of the connectors on the IRD Rear Panel. Figure 2-2: IRD-2600 and IRD-2800 Rear Panel Configurations Example A ASI OUT 1 ASI OUT 2 RS422/GPI LEFT AES/EBU VAC 1A 50/60 Hz AC3 RF IN LOOPTHROUGH RIGHT - 25dBmMax OUT AUDIO S-VIDEO Example B ASI OUT 1 ASI OUT 2 RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz AC3 IN IN 2 RF IN LOOPTHROUGH - 25dBmMax OUT ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT Page 2-4 P/N

39 IRD-2600 / IRD-2800 Integrated Receiver Decoders Front End Panels All front-end panels provide an RS-422/GPI connector for the input transport stream to the IRD. Table 2-1 describes the functionality of the signals available on the connector. Table 2-1: RS-422 Serial Input/GPI Pin Out Designations PIN DESIGNATION PIN DESIGNATION 1 Clock Return (-) 6 GPI 1- NO (option) 2 Clock (+) 7 GPI 1-NC (option) 3 Data Return (-) 8 N/C 4 Data (+) 9 N/C 5 GPI 1-Common (option) Decoder Cable Connections The Decoder section of the IRD is comprised of Audio outputs, Video outputs, Data output, and a Control connection (See Table 2-2 for the Decoder cables). Table 2-2: Cables and Connectors for Decoder Section INTERFACE CONNECTOR TYPE CABLE TYPE Analog Audio Out left RCA (unbalanced) XLR (balanced) Shielded Audio Cable Analog Audio Out right/mono RCA (unbalanced) XLR (balanced) Shielded Audio Cable Video Out, S-Video Y/C 75 Ω DIN connector Super Video Cable Composite Video Out, CVBS1 BNC RG-59 Composite Video Out, CVBS2 BNC RG-59 Data Output (RS-232/RS-422) 9 PIN D-Type Serial Cable Control (RS-232/RS-485) 9 PIN D-Type Serial Cable P/N Page 2-5

40 User Manual Chapter 2. Installation Terminal Control and Data Connections The IRD supports terminal control from a standard PC via a Serial RS-232 or RS-485 cable. Table 2-3 and Table 2-4 detail the pin-to-pin and signal assignment of the RS-232 and RS-485 cables, respectively. Table 2-5 details the pin designations for Data output (RS-422 and RS-232). These two data flow protocols can be simultaneously enabled over the connector interface. Table 2-3. RS-232 Control Cable Pin-to-Pin 9 PIN D-TYPE CONNECTOR (PC) 25 PIN D-TYPE CONNECTOR (PC) 9 PIN D-TYPE CONNECTOR (IRD) SIGNAL DESCRIPTION PC-RxD PC-TxD GND Table 2-4: RS-485 Control Cable Pin-to-Pin Designations PC RS PIN D-TYPE CONNECTOR IRD 9 PIN D-TYPE CONNECTOR PIN DESIGNATIONS PIN DESIGNATION 1 RB 1 TX + 6 RA 6 TX - 8 TB 8 RX + 9 TA 9 RX - Table 2-5: RS-422/RS-232 Data Output Pin Out Designations PIN DESIGNATION PIN DESIGNATION 1 RS-422 Clock Return 6 RS-422 Clock 2 RS-232 RxD 7 RS-422 Data Return 3 RS-232 TxD 8 RS-422 Data 4 Manufacturer Test Point 9 Manufacturer Test Point 5 Ground Page 2-6 P/N

41 IRD-2600 / IRD-2800 Integrated Receiver Decoders Power Connection Ground Connection Ground connection to the IRD is made by connecting an AC power cable to the IRD AC connector. If the IRD is fitted with a 48V DC power supply please follow the instruction provided under paragraph below. When the IRD is rack mounted, the jackscrew (shown in Figure 2-3) must be connected to the rack housing, which in turn, should be properly grounded. Figure 2-3: IRD Jack Screw Ground Connection AC Power Supply Configuration DC Power Supply Configuration Ground Jackscrew Ground Jackscrew AC Power Connector Connect the AC power cable to the IRD power connector at the rear of the unit. (see Figure 2-3) Connect the other end to the AC power source DC Power Connector In some cases the IRD is fitted with a 48V DC Power Supply as shown Figure 2-3 (DC Power Configuration). When this is the case please connect the power source as described below. To connect the 48V Power Supply: a. Connect a (+) 48V DC source wire to the (+) contact on the power terminal board. b. Connect a (-) 48V DC source wire to the (-) contact on the power terminal board. c. Connect Grounding point wire to the (GND) contact on the power terminal board. P/N Page 2-7

42 User Manual Chapter 2. Installation 2.5. System Expansion This section provides instructions for system expansion through inter-connection of multiple IRD-2600 and IRD-2800 Integrated Receiver Decoder units by daisy chaining the units.. It is assumed that all IRD units are configured and operational. The IRD supports two Loopthrough methods: Cascade Loopthrough Output from the Receiver Input (see paragraph 2.5.1). ASI Interface Loopthrough (see paragraph 2.5.2) Cascade Loopthrough Output Connect the input signal to the first IRD receiver input. Cascade remaining units as shown in Figure 2-4 or for G.703 as shown in Figure 2-5. Figure 2-4: IRD Cascade with RF Receiver Loopthrough RECEIVER INPUT IRD 2600 ASI OUT 1 ASI OUT 2 RS422/GPI LEFT AES/EBU VAC 1A 50/60 Hz AC3 RF IN LOOPTHROUGH RIGHT - 25dBmMax OUT AUDIO S-VIDEO IRD 2600 ASI OUT 1 ASI OUT 2 RS422/GPI LEFT AES/EBU VAC 1A 50/60 Hz AC3 RF IN LOOPTHROUGH RIGHT - 25dBmMax OUT AUDIO S-VIDEO Figure 2-5: IRD Cascade with G.703 Receiver Loopthrough DS3[ ] E3[ ] E2[ ] E1[ ] RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz G703 INPUT LOOPTHROUGH OUTPUT AC3 IN IN 2 UNBALANCED ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT DS3[ ] E3[ ] E2[ ] E1[ ] RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz G703 INPUT LOOPTHROUGH OUTPUT AC3 IN IN 2 UNBALANCED ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT Page 2-8 P/N

43 IRD-2600 / IRD-2800 Integrated Receiver Decoders ASI Loopthrough Cascade Connect the input signal to the bottom IRD ASI input (BNC). Cascade the remaining units as shown in Figure 2-6. Figure 2-6: IRD Cascade with ASI Loopthrough DS3[ ] E3[ ] E2[ ] E1[ ] RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz G703 INPUT LOOPTHROUGH OUTPUT AC3 IN IN 2 UNBALANCED ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT DS3[ ] E3[ ] E2[ ] E1[ ] RS422/GPI LEFT1 RIGHT1 AES/EBU [] AES/EBU1 [] AES/EBU2 [] LEFT2 [] RIGHT2 OUT 3 OUT VAC 1A 50/60 Hz G703 INPUT LOOPTHROUGH OUTPUT AC3 IN IN 2 UNBALANCED ANALOG AUDIO OUT S-VIDEO BALANCED AUDIO ASI SYNC LOCK SDI OUT ASI SOURCE RS-485 Master-Slave Connection Multiple IRD devices can be managed from a single terminal control station using a Master Slave configuration as shown in Figure 2-7. As shown the Master-Slave configuration uses a RS-232 to RS-485 converter. The converter is connected to a bus, which is in turn connected to the IRD devices. The bus is comprised from transmit (Tx) and receive (Rx) route. Each IRD device is identified on the bus by a unique address. All IRDs on the bus will receive Tx and Rx messages, only the IRD with the matching address will respond to the command of the Terminal. Operation instructions for the Master-Slave Terminal Control Protocol can be found in the IRD-2600/2800 Master-Slave Operation Guide. Figure 2-7: Master-Slave RS-485 Control Cable Configuration RS 232 Tx Rx RS 485 Rx Tx IRD 1 IRD 3 IRD 2 IRD 4 P/N Page 2-9

44 User Manual Chapter 2. Installation 2.6. Initialization And Configuration Prior to powering up the IRD-2600 or IRD-2800 Integrated Receiver Decoder, ensure that all cabling is correctly connected as explained in Section 2.4. Ensure that the unit is connected to the mains power supply and grounded according to instructions Powering Up Upon power up, you will hear the internal fan commence operation and see the front panel LCD display activated Initialization Sequence Once the IRD is powered, the unit commences an initialization phase. IRD Initialization of the IRD includes loading of the embedded system parameters. The IRD supports QPSK, QAM, G.703, ASI, RS-422, DVB-PDH and DVB-SPI (optional) inputs. Depending on the selected input, initialization sequences will differ. The initialization sequence may be monitored via the Front Panel LCD. Status Messages are detailed in the IRD Operation Guide. The initialization sequence is detailed in Table 2-6. Prior to initialization, review the IRD Operation Guide for instructions on how to use and navigate the system menus, and for explanation of configuration parameters. Table 2-6: IRD-2600 / IRD-2800 Initialization Sequence SEQ. # OPERATION DESCRIPTION a. MPEG-DVB IRD Initializing Please Wait On initialization, the LCD displays the initialization message. b. PASSWORD If a password is defined for system access the enter password prompt is displayed. If a password is not set the system will proceed directly to point three. c. WARNING! <Warning or Status Message> d. CONFIG STATUS TEST RUN Go to System Menu. Select the TEST option. e. TEST ALL O.K.! SERVICE: INTERNAL TEST WARNING! is displayed, with a message. This message is normal on first time initialization. See IRD Operation Guide Status Messages for list and definition of messages. If the word FAULT! appears, a hardware malfunction is indicated. Contact the manufacturer for further instructions. For instructions on performing tests, refer to Section Serviceability. A successful test result is displayed on the LCD as ALL O.K.! Return the Test mode to NONE position to ensure that the IRD returns to normal operation. Return to the root menu. f. CONFIG STATUS TEST RUN Select the CONFIG option. To proceed with configuration as required. Page 2-10 P/N

45 IRD-2600 / IRD-2800 Integrated Receiver Decoders For DSNG Front/End Receiver to the IRD-2600 / IRD-2800, proceed with Table 2-7. For QPSK Front/End Receiver to the IRD-2600 / IRD-2800, proceed with Table 2-8. For QAM Front/End Receiver to the IRD-2600 / IRD-2800, proceed with Table 2-9. Refer to chapter 3: Operation for instructions on all other input types as well as for Decoder Only operation, configuration and/or changing the device Product Type. SEQ. # Table 2-7: PARAMETER SET DSNG Receiver Configuration Procedure PROCEDURE INSTRUCTIONS a. RECEIVER CONFIGURATION Function Start. The CONFIG sub menu is displayed. Select the RECEIVER option and proceed to configure as described below. b. Range Parameter 1. Select Range option. 2. Set the frequency according to the BAND input. c. LNB Power Supply Parameter 3. Select LNB Power Supply option. 4. Set the LNB Power Supply to: 14, 18 or OFF as required d. LNB 22 khz Parameter 5. Select LNB 22 khz option. 6. Using the controls, set the option to ON or OFF as required e. Input Signal Source Parameter 7. Select Input Signal Source option. 8. Set to A input. f. Symbol Rate Parameter 9. Select Symbol Rate option. 10. Set the Symbol Rate as required. g. Modulation Mode Parameter 11. Select Modulation Rate option. 12. Set to AUTOMATIC. h. Nyquist Filter Roll-Off Parameter 13. Select Nyquist Filter Roll-Off option. 14. Set to AUTOMATIC. i. Viterbi Rate Parameter 15. Select Viterbi Rate option. 16. Set to: 1/2, 2/3, 3/4, 4/5, 5/6, 6/7, 7/8, 8/9, or AUTOMATIC as required. j. Spectral Inversion Parameter 17. Select Spectral Inversion option. 18. Set the option to AUTOMATIC, NORMAL, or INVERTED as required. P/N Page 2-11

46 User Manual Chapter 2. Installation Table 2-8: QPSK Receiver Configuration Procedure SEQ. # MENU DISPLAY MESSAGE PROCEDURE a. RECEIVER CONFIGURATION Function Start. The CONFIG sub menu is displayed. Select the RECEIVER option and proceed to configure as described below. b. Range Parameter 1. Select Range option. 2. Set the frequency according to the BAND input. c. LNB Power Supply Parameter 3. Select LNB Power Supply option. 4. Set the LNB Power Supply to: 14, 18 or OFF as required d. LNB 22 khz Parameter 5. Select LNB 22 khz option. 6. Using the controls, set the option to ON or OFF as required e. Symbol Rate Parameter 7. Select Symbol Rate option. 8. Set the Symbol Rate as required. f. Viterbi Rate Parameter 9. Select Viterbi Rate option. 10. Set to: 1/2, 2/3, 3/4, 4/5, 5/6, 6/7, 7/8, 8/9, or AUTOMATIC as required. g. Spectral Inversion Parameter 11. Select Spectral Inversion option. 12. Set the option to AUTOMATIC, NORMAL, or INVERTED as required. Table 2-9: QAM Receiver Configuration Procedure SEQ. # MENU DISPLAY MESSAGE PROCEDURE a. RECEIVER CONFIGURATION Function Start. The CONFIG sub menu is displayed. Select the RECEIVER option and proceed to configure as described below. b. VHF/UHF 1. Select VHF/UHF option. Configuration Option 2. Set the required input frequency. c. Symbol Rate Parameter 3. Select Symbol Rate option. 4. Set the symbol rate as required. d. Viterbi Rate Parameter 5. Select Viterbi Rate.option. e. Modulation Mode Parameter 6. Set the QAM mode to: 16 QAM, 32 QAM, 64 QAM, 128 QAM, or 256 QAM, as required. f. Spectral Inversion Parameter 7. Select Spectral Inversion option. 8. Set the option to AUTOMATIC, NORMAL, or INVERTED as required. Page 2-12 P/N

47 IRD-2600 / IRD-2800 Integrated Receiver Decoders Serviceability Check After performing any installation, initialization, or configuration to the IRD-2600 or IRD-2800 Integrated Receiver Decoder, maintenance checks should be performed to ensure that the unit is serviceable. A Video Monitor must be connected to the IRD-2600 in order to perform the check. Table 2-10 provides a systematic instruction for performing a serviceability check. Table 2-10: Serviceability Check # CHECK 1 Verify that the LCD Status Message reads ALL OK 2 Check for Video Picture on monitor 3 Toggle between Composite and S-VIDEO modes 4 Check Audio channels Left and Right In the event that no video or audio output is received, perform a test on the decoder audio/video stream. To test the decoder audio/video stream: From the Status Message, press the down arrow. The System Menu is displayed. Select the Test Menu. The current operation shows NONE. Select the NTSC Stream. Press ENTER. - Listen for the Test Sound (a brief musical sample) from the monitor speakers - A Standard Test Pattern should be displayed on the TV Monitor. When both Video and Audio tests are complete, return the TEST mode to the NONE state. If you received any errors during the test, contact your vendor. If your IRD is not performing as required, refer to the Operation Guide for further instructions. P/N Page 2-13

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49 IRD-2600 / IRD-2800 Integrated Receiver Decoders 3. OPERATION 3.1. Introduction This chapter describes the procedures required for the operation of the IRD-2600 and IRD-2800 Integrated Receiver Decoders. In addition to the Operation Guide, the following manuals are available for Terminal Control of the IRD: Basic Terminal Control Protocol (P/N ) Advanced Terminal Control Protocol (P/N ) Master-Slave Terminal Control Protocol (P/N ) IRD Operation and Management Both IRD-2600 and IRD-2800 Integrated Receiver Decoders can be manually managed from the IRD Front Control Panel, locally by a PC Terminal or remotely, from the Uplink through the incoming Bit Stream. Manual management of the IRD is provided from the IRD Front Control Panel by the keypad on the panel, or by using an optional Infrared Remote Control. The LCD on the panel displays the menus and options of the IRD embedded software. The Infrared Remote Control can be ordered through a local SCOPUS Network Technologies Ltd. product supplier. Management from the Uplink is achieved with the CODICO NMS-4000 Network Management System. Management from the PC Terminal requires a serial line (RS-232) communication cable to be connected between the IRD and a communication port on the PC. The Terminal Control software is a command line prompt accessible via any PC with Terminal Software installed. For details, refer to Chapter 2 above. P/N Page 3-1

50 User Manual Chapter 3. Operation Front Control Panel Figure 3-1 shows the Front Control Panel of the IRD, its controls and features. Table 3-1 explains the operation of the items found on the Front Control Panel. NOTE This panel is identical for the IRD-2600 and for the IRD Figure 3-1: IRD-2600 / IRD-2800 Front Control Panel LCD Enter Touch Pad LED Four Way Touch Pad ESC Touch Pad Compact Common FlashDrive Interface Card Panel Panel Cover Cover Table 3-1: CONTROL ITEM LCD Four Way Touch Pad ENTER Touch Pad ESC Touch Pad Status Indicator LED IRD-2600 / IRD-2800 Front Control Panel DESCRIPTION The LCD is an alphanumeric display used to view the embedded software, status messages, and parameter settings. The Four Way Touch Pad enables navigation (UP, DOWN, LEFT or RIGHT) in the embedded software menus by moving the cursor position UP, DOWN, LEFT or RIGHT, respectively. Confirms/saves a selection or proceeds to next menu/item. Exits from the current position or returns to the Status Message at the top of the menus. The Status Indicator uses the following legend: Green Light / Constant: System Initializing and Normal Operation. Green Light / Flashing: Service Warning. Orange Light / Constant: Bit Stream Warning. Red Light / Constant: Hardware Fault. Page 3-2 P/N

51 IRD-2600 / IRD-2800 Integrated Receiver Decoders Infrared Remote Control (Optional) Figure 3-2 shows the optional infrared remote control available for the IRTD operation. Table 3-2 explains the control functions on it. Figure 3-2: IRD Infrared Remote Control Table 3-2: IRD Infrared Remote Control Items # CONTROL FUNCTION Motion Play Stop Pause 4 ESC Exits from the current message or returns to the Status Message when working in the menus. 5 MENU Calls up Additional Commands. 6 PR+/PR- Scrolls programs, increasing or decreasing by one. 7 Decimal Enables the first pressed numerical key to indicate the tens digit of the program to be run. 8 0 to 9 Use to select preset program numbers. In conjunction with the Decimal Key, the first numerical key pressed in a sequence indicates the tens digit and the second numerical pressed key indicates the units digit of the selected program. In conjunction with the right touch pad, each key changes the value of the digit indicated by the cursor. 9 Audio Toggles audio mode ON/OFF (Mute/UnMute). 10 SHIFT Not in use. 11 Volume Increases or decreases program audio level. 12 FOUR WAY The four way touch buttons enable navigation (UP, DOWN, LEFT or RIGHT) in the embedded software menus. 13 ENTER Confirms menu selection, saves a new parameter, or proceeds to the next menu. P/N Page 3-3